Valeryi Sizyuk

Valeryi Sizyuk is a Research Professor at Purdue University’s College of Engineering, affiliated with the Center for Materials Under eXtreme Environment. His research focuses on fusion reactor analysis, radiation transport, computational plasma physics, and extreme ultraviolet lithography. He holds a PhD in Semiconductor Physics (1997) and an MS in Atomic and Plasma Physics (1990) from Belarus State University.

Key affiliations include the American Nuclear Society (ANS) and International Society of Optical Engineering (SPIE) as a senior member. His work addresses critical challenges in fusion reactor design, plasma-material interactions, and EUV source optimization for nanolithography. Recent studies explore mitigating damage to ITER components during plasma transients, optimizing EUV sources via radiation recycling, and developing hybrid plasma devices.

Publications span over 25 years, with a focus on computational modeling of plasma dynamics, material degradation under extreme conditions, and fusion safety. No specific awards are listed, though his contributions to fusion and EUV research are widely recognized. He leads projects in Purdue’s advanced materials center and collaborates on international initiatives like NSTX and ITER.

No advising or grant data is explicitly mentioned in the provided texts, but his research indicates involvement in large-scale simulation and experimental programs. The Center for Materials Under eXtreme Environment serves as his primary research hub, focusing on extreme environment material behavior.